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Processor: NXP i.MX95
The i.MX 95 family is designed to address next‑generation edge computing, advanced vision processing, and high‑performance industrial applications requiring strong security and real‑time determinism. It targets demanding use cases in Smart Industry, robotics, autonomous systems, and edge AI, combining high compute capability with powerful heterogeneous acceleration. One of the most relevant capabilities is the integrated Neural Processing Unit (NPU), which can be seamlessly leveraged thanks to DAVE Embedded Systems’ extensive expertise in deploying Machine Learning workloads on embedded platforms.
The main customization provided by DAVE Embedded Systems will include:
Machine Learning NPU‑ready platforms: DAVE Embedded Systems has strong competences in Edge AI and supports customers in defining and tuning the optimal NPU configuration for their specific workload. Our team can help accelerate model deployment, quantization, and optimization for the i.MX 95 AI engine.
Secure product design leveraging advanced hardware security: Using our Secure Boot integration competences combined with NXP’s EdgeLock security framework available on the i.MX 95, we enable robust, scalable protection against modern attack vectors. This architecture establishes a hardware Root of Trust and provides end‑to‑end security—from device to cloud—without the need for customers to implement complex security code.
AMP (Asymmetric Multi‑Processing) between Cortex‑A and Cortex‑M cores: The heterogeneous architecture of the i.MX 95 enables a clean partitioning between high‑level Linux workloads and deterministic real‑time tasks running on the Cortex‑M. DAVE Embedded Systems supports AMP configuration, communication channels, and system integration.
Board optimization for Vision and high‑bandwidth peripherals: Thanks to the i.MX 95 advanced imaging capabilities—including multi‑camera support, integrated ISPs, and high‑speed interfaces—our designs can be tailored for demanding vision systems. Dual Gigabit Ethernet with TSN support enables deterministic networking, ideal for industrial and robotics environments.
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